Contribution 01
① Scale this for national purpose.
View this note in 3D ↗15 September 2026 · Group contributions
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Facilitator: Bea
① Scale this for national purpose.
View this note in 3D ↗1. What would success look like by the end of the project: 2. Having a tool that help Nigeria measure standing biomass which can be used by stakeholders to manage rangeland. 3. Awareness for all identified stakeholders successfully raised, indicated by the adoption of the tool.
View this note in 3D ↗PROJECT SUCCESS: • Sustainable grazing systems • Reduced degradation and resilient rangelands
View this note in 3D ↗A NETWORK OF USERS TAKING GRAZING DECISIONS (SUCCESS)
View this note in 3D ↗Project success → define an adaptable and reproducible placeholder for use by interested countries.
View this note in 3D ↗ODSS for grazing implemented in ~ 30 farms (ARG & UY) ① Usefulness of DSS assessed ↳ Hard data (biomass product) ↳ Opinions
View this note in 3D ↗Project success: • defensible method for biomass estimation • DSTs using that data tested w/ users — EMILY
View this note in 3D ↗Project Success: Seeing demonstration sites from targeted countries adopting our project data operationally.
View this note in 3D ↗Success: Users can access data easily to make decisions.
View this note in 3D ↗Every country has a functional network where they can implement their DSTs. (Project success)
View this note in 3D ↗Project Success: Grazing decisions are made based on near-real time data / information.
View this note in 3D ↗Project Success: - Time2Graze data effectively used in the 8 countries, for at least 5 stakeholders (each country) - Sustainability plan to scale up the Time2Graze solutions
View this note in 3D ↗1. HIGHEST QUALITY BIOMASS ESTIMATION DATA TRANSLATED INTO ≠ FORMS ⇒ REACH ≠ PUBLICS • INFORM T2G • TRACK RECOVERY | EASY UPTAKE |
View this note in 3D ↗Having a biomass data that is accurate / relevant at different landscapes and context.
View this note in 3D ↗Project success: → There are clear understandings about the potentials and limitations; → Data is delivered in a way that reaches the end user and brings additional value for him/her.
View this note in 3D ↗@ Project Success: People really using the data to decision making at farm level, in a way to improve production and mitigate land degradation.
View this note in 3D ↗SUCCESS: COMMUNITIES HAVING A PRODUCTIVE RANGELAND THAT CAN SUSTAIN LIVESTOCK THROUGHOUT THE YEAR.
View this note in 3D ↗Project Success: A network of engaged users using a workable DST for grazing management.
View this note in 3D ↗The technical translation of key information to the DST developers.
View this note in 3D ↗PROJECT SUCCESS: Large group of farmers / participants in every country adopting T2G decision support tools for their daily operation.
View this note in 3D ↗Facilitator: Leandro
Community integration: Plan how to integrate the local community into the platform to empower smallholders to make better, data driven decision. (Pasto Legal)
View this note in 3D ↗(DELAY) → PRESENT → FAILURE TO FREQUENT ESTIMATIONS OF STANDING BIOMASS + COMPLEX SYSTEMS TO PICK UP FIELD DATA (BARRIERS)
View this note in 3D ↗How does the data make DST work? / How does DST become domesticated?
View this note in 3D ↗Project Barriers: Ground data collection methods (levels + types) & time.
View this note in 3D ↗Time assigned to this project. (BARRIER)
View this note in 3D ↗Project Barriers: Lack of feedback with concrete stakeholders about Time2Graze data and solutions.
View this note in 3D ↗Lack of a concrete action plan with a concrete timeline per country. (Project barriers)
View this note in 3D ↗Project barriers: 1. Tragedy of the commons 2. Farmer adoption 3. Inaccessibility of some areas 4. Conflicts with other projects e.g. Carbon credits
View this note in 3D ↗Project Barriers: To get hung up on the known differences between the current countries.
View this note in 3D ↗2. Project Barriers: Level of engagement we have with intended users during development and after DST is delivered.
View this note in 3D ↗Community access and get people's trust.
View this note in 3D ↗PROJECT BARRIERS: ADOPTION OF SUSTAINABLE RANGELAND MANAGEMENT.
View this note in 3D ↗Project barriers: Limited outreach of outputs or not communicating the importance and power of the outputs to end-users.
View this note in 3D ↗Project barriers: • DST not inspectable, changeable, shareable / scalable • DST not useful to stakeholders — EMILY
View this note in 3D ↗Project barriers: RS data needs to be coupled with local knowledge; data is a proxy, never the landscape / ground truth reality.
View this note in 3D ↗PROJECT BARRIERS: Getting too demanding on data accuracy (and spending too much time on it) as opposed to user experience and adoption.
View this note in 3D ↗Facilitator: Nathalia
1) Adaptable protocol for my country / Data flow process.
View this note in 3D ↗Workshop Outcome: Global plan of Action on sustainable rangeland management and use.
View this note in 3D ↗Workshop Questions: - What kind of field data and knowledge we already have in the project? - How can we leverage on those?
View this note in 3D ↗Workshop Questions: The approach to get data from the field to the AF systems.
View this note in 3D ↗(Workshop Questions): - What are our indicators of success? - How do we scale up this project? Are there potential partners to do so?
View this note in 3D ↗Workshop Question: Who do we need to be in contact with in each country as a stakeholder to make this project's outcomes operational?
View this note in 3D ↗Workshop Questions: Focus on scenario based on each country and try to have separate principles based on each country's need.
View this note in 3D ↗3. UNDERSTAND ABOUT THE ≠ MANAGEMENT SYSTEMS, BUT 1ˢᵀ, HOW WE'LL GET INFORMATION ABOUT ≠ SPECIES, THEIR RESPONSE TO CALIBRATE SYSTEM.
View this note in 3D ↗Workshop questions: - What is the scope of the DST? - How can we improve interaction in a faster manner?
View this note in 3D ↗Workshop Questions: How can we holistically manage rangelands to ensure resilience and sustainability?
View this note in 3D ↗What's the main data question we must be able to answer in each country?
View this note in 3D ↗3. Workshop Questions: The information that is going to be provided in the DST.
View this note in 3D ↗What do we need to clarify, learn or decide this week? - We need to identify and understand all the pieces of the puzzle. - National perspectives — Adaptable data mobilization strategy — DST development — Communication to stakeholders.
View this note in 3D ↗Workshop questions: • Bite sized "nuggets" or open questions to tackle e.g. LUE determination? • Where are there cross-team dependencies? esp. in time — EMILY
View this note in 3D ↗WORKSHOP QUESTIONS: Who will be in charge of translating the Google Earth Engine raw data into reliable biomass data for each in-country situation?
View this note in 3D ↗We need to decide on the roadmap and responsibilities for the next technical deliverables.
View this note in 3D ↗How does the integration between project components work?
View this note in 3D ↗W/shop Que: 1) DST we using as consortium AND ITS ADAPTABILITY.
View this note in 3D ↗Facilitator: Emily
Confidence in satellite data
2) Integration of data to validate satellite data.
View this note in 3D ↗Stakeholder ID
Workshop Outcomes: Map of stakeholders to be contacted with.
View this note in 3D ↗Stakeholder ID
WORKSHOP OUTCOMES: A clear identification of target users by each country team.
View this note in 3D ↗MISC
(WORKSHOP OUTCOMES) • 2-3 MAIN NEXT STEPS TO CONTINUE.
View this note in 3D ↗MISC
- I'd like to leave with a clear overview of the potential success stories that can demonstrate impact on the ground. These success stories have to involve at least a prototype of DST. (Project / Workshop outcomes)
View this note in 3D ↗Tools
What do you want to leave the workshop having accomplished: To have better clarity on the linkage between the field data → DST Tools (in ctry) → Translation to End Users.
View this note in 3D ↗Tools
W/SHOP OUTCOMES: 1) To have a tangible tool that I own.
View this note in 3D ↗Collaboration
4. CONEXIONS: UNDERSTAND THE ROLES, THE NEEDS. How to Support EACH OTHER.
View this note in 3D ↗Collaboration
- A common ground regarding project goals / roles - Expectation leveraged - Close and more dynamic interactions among groups
View this note in 3D ↗Collaboration
4. Outcomes: How can we leverage the work in other countries and Remote Sensing team to be applied in Colombia and Brazil.
View this note in 3D ↗Collaboration
Workshop outcomes: • "Directory" of faces + roles across consortium → role + expertise • Mtgs. set for bilateral follow up • "Thematic" subgroup mtgs. at some cadence set — EMILY
View this note in 3D ↗Team roles & expectations, linkages
Know people/groups better - needs & strengths.
View this note in 3D ↗Team roles & expectations, linkages
Workshop Outcomes: A clear understanding of project Vision/Mission and how I can suggest adaptation to our Country project implementation.
View this note in 3D ↗Team roles & expectations, linkages
WORKSHOP OUTCOMES: A clear understanding of what is expected from the Remote Sensing team to provide to country teams.
View this note in 3D ↗Team roles & expectations, linkages
WORKSHOP OUTCOMES: A clear understanding of what is expected from country teams to support the Remote Sensing team.
View this note in 3D ↗Team roles & expectations, linkages
Strengthening ties with all partners.
View this note in 3D ↗Team roles & expectations, linkages
Clear understanding of possible interactions with project partners.
View this note in 3D ↗